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Drag Prediction Workshop 4 Results Using Different Grids Including Near-Field/Far-Field Drag Analysis

机译:阻力预测研讨会4使用不同网格的结果,包括近场/远场阻力分析

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摘要

CFS Engineering and RUAG Aviation participated in the 4th Drag Prediction Workshop organized by AIAA in June 2009. Calculations were made for the Common Research Model configuration using the Navier-Stokes multiblock solver on the grids generated at CFS Engineering. After the workshop, the polars were computed on the medium multiblock structured grids provided by other workshop participants for the Common Research Model configuration with 0 deg horizontal tail deflection. All these results were processed by a far-field drag extraction tool developed jointly by RUAG Aviation and CFS Engineering. This paper first summarizes the theory behind the drag extraction tool. The results of the different calculations are presented and a detailed analysis of the drag breakdown on the different grids is given. This shows that the spread in drag coefficients obtained on different grids is much lower when using the effective drag computed by the drag extraction tool than when using the near-field drag.
机译:CFS Engineering和RUAG Aviation于2009年6月参加了AIAA组织的第四次阻力预测研讨会。使用CFS Engineering生成的网格上的Navier-Stokes多块求解器对通用研究模型的配置进行了计算。讲习班结束后,在其他参加讲习班的参与者提供的通用多模型结构的中等多块结构网格上对极点进行了计算,该模型具有0度水平尾翼挠度。所有这些结果均由RUAG Aviation和CFS Engineering联合开发的远场阻力提取工具进行处理。本文首先总结了阻力提取工具背后的理论。给出了不同计算的结果,并给出了不同网格上的阻力分解的详细分析。这表明,使用阻力提取工具计算的有效阻力时,与使用近场阻力时相比,在不同网格上获得的阻力系数的分布要低得多。

著录项

  • 来源
    《Journal of Aircraft》 |2013年第5期|1615-1627|共13页
  • 作者单位

    Director, PSE-A CFS Engineering, 1015 Lausanne, Switzerland;

    Senior Scientist CFS Engineering, 1015 Lausanne, Switzerland;

    Senior Scientist RUAG Aviation, 6032 Emmen, Switzerland;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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